OEMs must ensure their avionics are electromagnetically clean and do not pollute other sub-systems with unwelcome radiative, conducted, or coupled emissions. Similarly, integrators must ensure their ...

The relentless drive for higher performance and increased functional integration has ushered in new challenges for managing electromagnetic interference (EMI) in densely packed mixed-signal ...

Electromagnetic coupling in twisted-wire transmission systems refers to the interaction between adjacent conductors in which time-varying currents induce unwanted voltages and currents in neighbouring ...

What is electromagnetic interference and what causes it? The main approaches to filtering out EMI and reducing its impact. How to evaluate EMI filters and what to know about designing them.

Definitions of the electromagnetic emission (EME) with integrated circuits. Challenges of EMI in modern ICs. Some innovations in low-voltage ICs for Improved EMI immunity. In these modern times, ...

Part 1 of this series described how digital signals propagate through PC boards, and Part 2 described specific board stack-up designs to achieve low EMI. Part 3 will address partitioning of circuit ...

One may not be able to predict the exact path a noise signal takes just as one cannot predict the exact path of lightning. But one knows how to limit the chances of getting struck. Lightning is ...

Have you ever had your silicon demonstrate unexpected behavior? Have you ever found unexplainable design failure or performance degradation? A number of issues could be the culprit – from overloaded ...